EOTech HHS V, Weapon Sight

An operator-grade Holographic Weapon Sight built for close-quarter engagements with fast-moving targets.

The Holographic Hybrid Sight V (HHS V), featuring an EXPS3-4 with a G45 magnifier combination is the perfect solution for Close-Quarters Combat situations as well as 600-meter targets. Instant transition is achieved through a Switch-to-Side (STS) mount that offers a simple and quick disengagement of the magnifier. This durable night vision-compatible system offers wide field optical performance for visibility in extreme low-light conditions

*Aiming dots on the 4-Dot reticle may not be distinguishable without magnification.

BEFORE MAKING A PURCHASE: Please note that ALL SALES OF SIGHTS ARE FINAL. No returns or exchanges on sights will be accepted.

Night Vision Compatible

L X W X H

7.7" x 2.3" x 3.3" (195.6 x 58.4 x 83.8 mm)

Weight

24oz (680.4 g)

Water Resistant

33ft. (10 m) depth

Mount

1" Weaver or MIL-STD-1913 rail

Windage & Elevation Adjustment

0.5 MOA per click

Brightness

20 daylight settings
10 additional settings for Gen I through III+ night vision devices

Power Source

1 x CR123 battery

Battery Life

1,000 continuous hours at nominal setting 12 at room temperature

Fixed Magnification

5X

Eye Relief

2.6" (66 mm)

Field-of-View w/ Magnifier

4.4°

Sealing

Fog resistant internal optics

Country of Origin

HWS: Made in USA
G33: Assembled in USA

Included in the box:

• HHS™ V (EXPS3-4 & G45.STS)
• Quick-Start Guide
• Warranty & Registration Card
• CR123 Battery
• Protective Case

Reticle Specifications

Reticle Options

EOTech’s unique reticle patterns are a critical to delivering fast target acquisition and MOA accuracy at any range. EOTech reticles feature a 68 MOA ring surrounding a 1 MOA center dot allowing the shooter to quickly pick up and lock on a target.

EOTECH Four Dot Reticle

Use this ballistic reticle with 5.56 Nato/.223 cal with 62 gr M855 FMJ at roughly 2,680 fps with a 14.5" barrel. For ordering this reticle, the model codes will end in -4. Aiming dots on the 4-dot reticle may not be distinguishable without magnification.